Method for intelligently controlling controlled equipment and device

ABSTRACT

The present disclosure provides a method for intelligently controlling a controlled equipment, which includes the following steps: a current scene is monitored, when a user exists in the current scene, scene information of the current scene is acquired, and the current scene is recognized according to the scene information to acquires a scene recognizing result; action information of the user is acquired, the action information is recognized to acquires an action recognizing result; a controlled equipment matched with the scene recognizing result and the action recognizing result is controlled according to the scene recognizing result and the action recognizing result. The present disclosure further provides a device for intelligently controlling a controlled equipment. The present disclosure controls the corresponding controlled equipment through recognizing the current scene and the user&#39;s action, therefore intelligently controlling the controlled equipment is realized, user does not need to do special action or gesture.

FIELD OF THE DISCLOSURE

The present disclosure relates to the field of intelligently controllingtechnologies, and in particular, to a method for intelligentlycontrolling a controlled equipment and a device.

BACKGROUND OF THE DISCLOSURE

With the rapid development of internet of things, methods of controllingcontrolled equipment through intelligent controlling system are more andmore rich. Currently, one common controlling method is installingapplication which is used for controlling the controlled equipment on amobile terminal, user can input controlling instruction through theapplication on the mobile terminal, the mobile terminal sends thecontrolling instruction to a controlling center, then the controllingcenter transforms the controlling instruction to controlling commandshaving different code values, and sends the transformed controllingcommands to a specified controlled equipment through an emitting module,thus achieving the controlling of the controlled equipment. However,this method needs user taking the mobile terminal, and the user shouldinput instruction on the mobile terminal, the operation is complex. Inaddition, currently, one much intelligent method is controlling thecontrolled equipment through voice recognizing, user speaks word commandto a voice receiving end, the voice receiving end processes a voicerecognition to the word command, and transforms into the controllingcommand, and sends the controlling command to a controlling center, thecontrolling center controls the controlled equipment according thecontrolling command However, the voice controlling method is prone tobeing affected by ambient noise, pronounce regional difference, so thevoice controlling method exists a big error, and the accuracy of thecontrolling command is low.

SUMMARY OF THE DISCLOSURE

The present disclosure is to provide a method for intelligentlycontrolling a controlled equipment and a device, the intelligentlycontrolling is easy to operate, and the accuracy of controllinginstruction is high.

The present disclosure provides the method for intelligently controllinga controlled equipment, which includes the following steps:

monitoring a current scene, when a user exists in the current scene,acquiring scene information of the current scene, recognizing thecurrent scene according to the scene information, a scene recognizingresult is acquired;

acquiring action information of the user, recognizing the actioninformation , an acquiring action recognizing result; and

controlling a controlled equipment matched with the scene recognizingresult and the action recognizing result according to the scenerecognizing result and the action recognizing result.

Preferably, controlling a controlled equipment matched with the scenerecognizing result and the action recognizing result according to thescene recognizing result and the action recognizing result includes:

finding a matched controlling instruction and the matched controlledequipment according to the scene recognizing result and the actionrecognizing result;

sending the controlling instruction to the matched controlled equipment.

Preferably, before sending the controlling instruction to the matchedcontrolled equipment, the method for intelligently controlling thecontrolled equipment further includes:

acquiring a current state of the matched controlled equipment;

judging whether the current state of the matched controlled equipment isconsistent with a corresponding state of the controlling instruction;

when the current state is consistent with the corresponding state of thecontrolling instruction, making the controlling instruction to be notsent out;

when the current state is not consistent with the corresponding state ofthe controlling instruction, sending the controlling instruction to thematched controlled equipment.

Preferably, before acquiring action information of the user, the methodfor intelligently controlling the controlled equipment further includes:

acquiring identity information of the user, judging whether the user isa legitimate user;

when the user is the legitimate user, acquiring the action informationof the user;

when the user is not the legitimate user, starting an alarm system.

Preferably, acquiring the identify of the user, judging whether the useris the legitimate user includes:

extracting portrait characters of the user from the scene information;

recognizing the portrait characters of the user, judging whether theportrait characters of the user are consistent with prestored portraitcharacters of the legitimate user;

if yes, judging the user as the legitimate user;

if not, judging the user as an illegal user.

Preferably, the scene information is a scene photo or a video taken by acamera; the action information of the user is an action video of theuser taken by the camera.

The present disclosure also provides the device for intelligentlycontrolling the controlled equipment, which includes:

a scene analyzing module, the scene analyzing module is used formonitoring a current scene, when a user exists in the current scene, andthe scene analyzing module acquires scene information of the currentscene, and the current scene is recognized according to the sceneinformation, a scene recognizing result is acquired;

an action analyzing module, the action analyzing module is used foracquiring action information of the user, the action information isrecognized, an action recognizing result is acquired; and

a controlling module, the controlling module is used for controlling acontrolled equipment matched with the scene recognizing result and theaction recognizing result according to the scene recognizing result andthe action recognizing result.

Preferably, the controlling module is also used for:

finding a matched controlling instruction and the matched controlledequipment according to the scene recognizing result and the actionrecognizing result;

sending the controlling instruction to the matched controlled equipment.

Preferably, the device for intelligently controlling the controlledequipment further includes a state analyzing module, which is used foracquiring a current state of the matched controlled equipment; judgingwhether the current state of the matched controlled equipment isconsistent with a corresponding state of the controlling instruction;

the controlling module does not send the controlling instruction whenthe current state is consistent with the corresponding state of thecontrolling instruction, when the current state is not consistent withthe corresponding state of the controlling instruction, the controllingmodule is used for sending the controlling instruction to the matchedcontrolled equipment.

Preferably, the device for intelligently controlling the controlledequipment further includes an identity recognizing module and analarming module;

the identity recognizing module is used for acquiring identityinformation of the user, whether the user is a legitimate user isjudged;

when the user is the legitimate user, the action analyzing module isalso used for acquiring the action information of the user;

the alarming module is used for starting alarm system when the user isnot the legitimate user.

Preferably, the identity recognizing module is also used for:

extracting portrait characters of the user from the scene information;

recognizing the portrait characters of the user, whether the portraitcharacters of the user are consistent with prestored portrait charactersof the legitimate user is judged;

if yes, the user is judged as the legitimate user;

if not, the user is judged as an illegal user.

Preferably, the scene information is a scene photo or a video taken by acamera; the action information of the user is an action video of theuser taken by the camera.

The present disclosure controls the corresponding controlled devicethrough recognizing the current scene and user's action, for achievingintelligently controlling the controlled equipment, the user does notneed to do special action or gesture, also does not need to take amobile terminal used for sending instruction, it is much moreintelligent and convenient to control the controlled equipment.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a flow diagram of a method for intelligently controlling acontrolled equipment provided by a first exemplary embodiment of thepresent disclosure;

FIG. 2 is a flow diagram of a method for intelligently controlling acontrolled equipment provided by a second exemplary embodiment of thepresent disclosure;

FIG. 3 is a flow diagram of a method for intelligently controlling acontrolled equipment provided by a third exemplary embodiment of thepresent disclosure;

FIG. 4 is a flow diagram of a method for intelligently controlling acontrolled equipment provided by a fourth exemplary embodiment of thepresent disclosure;

FIG. 5 is a flow diagram of a method for intelligently controlling acontrolled equipment provided by a fifth exemplary embodiment of thepresent disclosure;

FIG. 6 is a module diagram of a device for intelligently controlling acontrolled equipment provided by a first exemplary embodiment of thepresent disclosure;

FIG. 7 is a module diagram of a device for intelligently controlling acontrolled equipment provided by a second exemplary embodiment of thepresent disclosure;

FIG. 8 is a module diagram of a device for intelligently controlling acontrolled equipment provided by a third exemplary embodiment of thepresent disclosure.

The realizing of the aim, functional characteristics, advantages of thepresent disclosure are further described in detail with reference to theaccompanying drawings and the embodiments.

DETAILED DESCRIPTION OF THE EMBODIMENTS

It is to be understood that, the described embodiments are only someexemplary embodiments of the present disclosure, and the presentdisclosure is not limited to such embodiments.

Referring to FIG. 1, FIG. 1 is a flow diagram of a method forintelligently controlling a controlled equipment provided by a firstexemplary embodiment of the present disclosure. The method forintelligently controlling the controlled equipment provided by the firstexemplary embodiment includes the following steps:

Step S10, monitoring a current scene, when a user exists in the currentscene, acquiring scene information of the current scene, and recognizingthe current scene according to the scene information, acquiring a scenerecognizing result;

The exemplary embodiment is mainly used in an intelligent system, and isapplied in environment, such as home, office, security, and so on, forintelligently controlling equipment, such as household equipment, officeequipment, security system, and so on. Functions, such as acquiring,analyzing, recognizing, matching data, and sending instruction, can befinished by the intelligent controlling system. Taking the roomenvironment for an example, image or video acquiring equipment (such asa camera) is installed at each scene of the room, such as a door, asitting room, a dining room, a bedroom and so on, each scene ismonitored by the camera, when the user enters into one scene, such asthe user works to the sitting room, when a portrait is monitored in thecurrent scene through the camera installed in the sitting room, thecamera acquires the scene information of the current scene, such as thecamera takes images of the current scene, or records videos of thecurrent scene. The camera transmits the acquired scene information tothe intelligent system, the intelligent system recognizes according tothe scene information, such as image processing, visual identifying andso on, for acquiring the scene recognizing result, and the current sceneis recognized as the sitting room. In addition, the recognized scene canalso be a much more detail scene, such as the user works to the sittingroom and go to a sofa nearby, and the acquired scene recognizing resultcan be “sitting room +sofa.

Step S20, acquiring action information of the user, recognizing theaction information, an acquiring action recognizing result;

The scene information of the current scene is acquired, simultaneouslythe camera also shoots user's action video, which can be used as theaction information of the user. The camera transmits user's actioninformation to the intelligent controlling system, the intelligentcontrolling system recognizes user's action information through thetechnologies of image processing, visual recognizing, mode recognizingand so on, for acquiring user's detail action, such as, the user sitsdown the sofa in the sitting room, and the action recognizing result“sitting down” is acquired.

Step S30, controlling the controlled equipment matched with the scenerecognizing result and the action recognizing result according to thescene recognizing result and the action recognizing result.

The intelligent controlling system associates the information of thecurrent scene with information of the controlled equipment installed orplaced in the scene, and stores the associated information of thecurrent scene and the information of the controlled equipment inadvance, that is, what controlled equipment are installed or placed inthe current scene, so that the corresponding controlled equipment can befound out and be intelligently controlled after the current scene isrecognized. Such as the sitting room has a suspended ceiling, atelevision A, a cabinet air conditioner, and so on, the bedroom has atable lamp, a television B, a hanging type air conditioner, and so on.After acquiring the scene recognizing result and the action recognizingresult, the intelligent controlling system can directly send therecognizing results to the matched controlled equipment, as thecontrolled equipment generates or finds corresponding controllinginstruction according to the recognizing results, and executes thecontrolling instruction, or the controlled equipment responds to thereceived recognizing results, such as, the controlled equipment reportsback the current state information of itself; the intelligentcontrolling system can also generate corresponding controllinginstruction after acquiring the scene recognizing result and the actionrecognizing result, and send the controlling instruction to thecontrolled equipment, the controlled equipment executes correspondingoperations according tot the controlling instruction.

The present disclosure controls the corresponding controlled devicethrough recognizing the current scene and user's action, for achievingintelligently controlling the controlled equipment, the user does notneed to do special action or gesture, also does not need to take amobile terminal used for sending instruction, it is much moreintelligent and convenient to control the controlled equipment.

Referring to FIG. 2, FIG. 2 is a flow diagram of a method forintelligently controlling a controlled equipment provided by a secondexemplary embodiment of the present disclosure. The second exemplaryembodiment includes all steps in the first exemplary embodiment shown inFIG. 1, and step S30 includes:

Step S31, finding a matched controlling instruction and the matchedcontrolled equipment according to the scene recognizing result and theaction recognizing result;

The exemplary embodiment prestores the scene recognizing result, theaction recognizing result and the controlling instruction in aninstruction set database, the intelligent controlling system acquiresthe scene recognizing result and the action recognizing result accordingto the recognizing, and searches matched instruction and matchedcontrolled equipment from the preset instruction set database, the sameaction can have different meaning in different scenes, and correspond todifferent matched instructions, so that the generated instruction ismuch more accuracy. Such as, a recognizing result “sitting room +sitdown” is related with the instruction “turning on the droplight in thesitting room”, a recognizing result “dinning room +sit down” is relatedwith the instruction “turning on the light in the dinning room”. Inaddition, a pair of the scene recognizing result and the actionrecognizing result can correspond to one controlling instruction or aplurality of controlling instructions, such as, the recognizing result“sitting room +sit down” is related with the instruction “turning on thedroplight”, the instruction “opening the television A”, the instruction“opening the cabinet air conditioner”.

Step S32, sending the controlling instruction to the matched controlledequipment.

After the matched controlling instruction and the controlled equipment,the intelligent controlling system sends the controlling instructions tothe corresponding controlled equipment respectively, for controlling thecontrolled equipment to operate correspondingly. Such as, theinstruction “turning on the droplight” is sent to the droplight in thesitting room, the droplight in the sitting room is controlled to turnon; the instruction “opening the television A” is sent to the televisionA , the television A is controlled to work; the instruction “opening thecabinet air conditioner” is sent to the cabinet air conditioner, thecabinet air conditioner is controlled to work. The controllinginstructions can be sent through WIFI, infrared, bluetooth, Z-Wave,ZigBee, and so on.

The present disclosure searches matched controlling instruction andcontrolled equipment through recognizing the current scene and user'saction, the controlled equipment executes under the control of thesearched controlling instruction, the intelligent controlling of thecontrolled equipment is realized, the generated controlling instructionis much more accuracy.

Referring to FIG. 3, FIG. 3 is a flow diagram of a method forintelligently controlling a controlled equipment provided by a thirdexemplary embodiment of the present disclosure. The third exemplaryembodiment includes all steps in the second exemplary embodiment shownin FIG. 2, before step S32, the method for intelligently controlling thecontrolled equipment also includes:

Step S41, acquiring the current state of the matched controlledequipment;

Step S42, judging whether the current state of the matched controlledequipment is consistent with a corresponding state of the controllinginstruction; if yes, go to step S43; if no, go to step S32;

Step S43, the controlling instruction is not sent out.

In the exemplary embodiment, in order to avoid sending illegalinstruction to the controlled equipment, and improve the intelligentcontrolling efficiency, the intelligent controlling system adjusts acurrent operating state of the controlled equipment before sending thecontrolling instruction to the controlled equipment. The intelligentcontrolling system can acquire the current state of the controlledequipment through WIFI, infrared, bluetooth, Z-Wave, ZigBee, and so on,or the controlled equipment automatically sends the current state of thecontrolled equipment to the intelligent controlling system afterexecuting each operating instruction through WIFI, infrared, bluetooth,Z-Wave, ZigBee, and so on. The intelligent controlling system canestablish a state recording sheet according to an arriving time of thestate for searching easily, can also only record the last stateinformation for saving information storing space. When the current stateof the controlled equipment is consistent with the corresponding stateof the controlling instruction, such as the current state of thetelevision A is a shut down state, while the controlling instruction is“shutting down the television A”, and the corresponding state of thecontrolling instruction is consistent with the current state of thetelevision A, if the intelligent controlling system continues to sendthe controlling instruction “shutting down the television A” to thetelevision A, the television A would not response to the instruction,so, in order to save the processing procedures of the intelligentcontrolling system, the intelligent controlling system does not need tosend the controlling instruction, it is benefit for improving theintelligent controlling efficiency, and avoid a waste of resource.

Referring to FIG. 4, FIG. 4 is a flow diagram of a method forintelligently controlling a controlled equipment provided by a fourthexemplary embodiment of the present disclosure. The fourth exemplaryembodiment includes all steps in the first exemplary embodiment shown inFIG. 1, before the step S20, the method for intelligently controllingthe controlled equipment also includes:

Step S51, acquiring identity information of the user, judging whetherthe user is a legitimate user; if yes, going to step S20; if no, goingto step S52;

Step S52, starting an alarm system.

Before the exemplary embodiment recognizes the action of the user, theidentity of the user should be recognized for judging whether the useris the legitimate user. If the current user is not a preset legitimateuser, an illegal user may intrude into the current scene. Such as, inthe office environment, when the legitimate user goes to the office andsits down on a seat, the intelligent controlling system controls thecomputer in the office to work, however, if the illegal user intrudesinto the office, in order to avoid the illegal user stealing data in thecomputer, the intelligent controlling system recognizes the identity ofthe user, and judges that the current user is illegal user, and startsthe alarm system, it is benefit to improve the safety of the intelligentcontrolling. Identity recognizing method can be inputting user passwordor fingerprint information, and so on, before entering into theenvironment. Such as, before entering into the room or the office, codeor fingerprint inputting device can be installed at the door of the roomor the office, the legitimate user can input correct code or fingerprintinformation, illegal user cannot provide correct code or fingerprintinformation, or does not input code and fingerprint, code or fingerprintinputting device will send received information to the intelligentcontrolling system for recognizing, to ensure the safety of theintelligent controlling and the environment.

Referring to FIG. 5, FIG. 5 is a flow diagram of a method forintelligently controlling a controlled equipment provided by a fifthexemplary embodiment of the present disclosure. The fifth exemplaryembodiment includes all steps in the fourth exemplary embodiment shownin FIG. 4, and the step S51 includes:

Step S511, extracting portrait characters of the user from the sceneinformation;

Step S512, recognizing the portrait characters of the user, judgingwhether the portrait characters of the user are consistent withprestored portrait characters of the legitimate user; of yes, going tostep S513; if no, going to step S514;

Step S513, judging the user as the legitimate user, go to step S20;

Step S514, judging the user as an illegal user, go to step S52.

The exemplary embodiment adopts the image recognizing method torecognize the identity of the user. After the user enters into thescene, the scene information acquired by the camera includes portrait ofthe user, the intelligent controlling system can extract portraitcharacters of the user are extracted from the scene information, theportrait characters includes facial characters, body characters, irischaracters, and so on, can also includes walking type, sitting posture,Verbal habits and so on, the intelligent controlling system canrecognize user's identity through one character or a plurality of thecharacters, when the acquired character is consistent with legitimateuser's character, the identity authentication is effective,corresponding intelligent controlling operation is executes, when theacquired character is not consistent with legitimate user's character,the identity authentication is not effective, the alarm system starts,it is benefit to improve the safety of the intelligent controlling.

Referring to FIG. 6, FIG. 6 is a module diagram of a device forintelligently controlling a controlled equipment provided by a firstexemplary embodiment of the present disclosure. The device forintelligently controlling the controlled equipment provided by theexemplary embodiment includes:

a scene analyzing module 10, the scene analyzing module 10 is used formonitoring a current scene, when a user exists in the current scene, andthe scene analyzing module 10 acquires scene information of the currentscene, and the current scene is recognized according to the sceneinformation, a scene recognizing result is acquired;

an action analyzing module 20, the action analyzing module 20 is usedfor acquiring action information of the user, the action information isrecognized, an action recognizing result is acquired; and

a controlling module 30, the controlling module 30 is used forcontrolling the controlled equipment matched with the scene recognizingresult and the action recognizing result according to the scenerecognizing result and the action recognizing result.

The exemplary embodiment is mainly used in an intelligent system, and isapplied in environment, such as home, office, security, and so on, forintelligently controlling equipment, such as household equipment, officeequipment, security system, and so on. Functions, such as acquiring,analyzing, recognizing, matching data, and sending instruction, can befinished by the intelligent controlling system. Taking the roomenvironment for an example, image or video acquiring equipment (such asa camera) is installed at each scene of the room, such as a door, asitting room, a dining room, a bedroom and so on, each scene ismonitored by the camera, when the user enters into one scene, such asthe user works to the sitting room, when a portrait is monitored in thecurrent scene through the camera installed in the sitting room, thecamera acquires the scene information of the current scene, such as thecamera takes images of the current scene, or records videos of thecurrent scene. The camera transmits the acquired scene information tothe intelligent system, the intelligent system recognizes according tothe scene information, such as image processing, visual identifying andso on, for acquiring the scene recognizing result, and the current sceneis recognized as the sitting room. In addition, the recognized scene canalso be a much more detail scene, such as the user works to the sittingroom and go to a sofa nearby, and the acquired scene recognizing resultcan be “sitting room+sofa.

The scene information of the current scene is acquired, simultaneouslythe camera also shoots user's action video, which can be used as theaction information of the user. The camera transmits user's actioninformation to the intelligent controlling system, the intelligentcontrolling system recognizes user's action information through thetechnologies of image processing, visual recognizing, mode recognizingand so on, for acquiring user's detail action, such as, the user sitsdown the sofa in the sitting room, and the action recognizing result“sitting down” is acquired.

The intelligent controlling system associates the information of thecurrent scene with information of the controlled equipment installed orplaced in the scene, and stores the associated information of thecurrent scene and the information of the controlled equipment inadvance, that is, what controlled equipment are installed or placed inthe current scene, so that the corresponding controlled equipment can befound out and be intelligently controlled after the current scene isrecognized. Such as the sitting room has a suspended ceiling, atelevision A, a cabinet air conditioner, and so on, the bedroom has atable lamp, a television B, a hanging type air conditioner, and so on.After acquiring the scene recognizing result and the action recognizingresult, the intelligent controlling system can directly send therecognizing results to the matched controlled equipment, as thecontrolled equipment generates or finds corresponding controllinginstruction according to the recognizing results, and executes thecontrolling instruction, or the controlled equipment responds to thereceived recognizing results, such as, the controlled equipment reportsback the current state information of itself; the intelligentcontrolling system can also generate corresponding controllinginstruction after acquiring the scene recognizing result and the actionrecognizing result, and send the controlling instruction to thecontrolled equipment, the controlled equipment executes correspondingoperations according tot the controlling instruction.

The present disclosure controls the corresponding controlled devicethrough recognizing the current scene and user's action, for achievingintelligently controlling the controlled equipment, the user does notneed to do special action or gesture, also does not need to take amobile terminal used for sending instruction, it is much moreintelligent and convenient to control the controlled equipment.

Furthermore, the controlling module 30 is also used for:

finding a matched controlling instruction and the matched controlledequipment according to the scene recognizing result and the actionrecognizing result;

sending the controlling instruction to the matched controlled equipment.

The exemplary embodiment prestores the scene recognizing result, theaction recognizing result and the controlling instruction in aninstruction set database, the intelligent controlling system acquiresthe scene recognizing result and the action recognizing result accordingto the recognizing, and searches matched instruction and matchedcontrolled equipment from the preset instruction set database, the sameaction can have different meaning in different scenes, and correspond todifferent matched instructions, so that the generated instruction ismuch more accuracy. Such as, a recognizing result “sitting room+sitdown” is related with the instruction “turning on the droplight in thesitting room”, a recognizing result “dinning room +sit down” is relatedwith the instruction “turning on the light in the dinning room”. Inaddition, a pair of the scene recognizing result and the actionrecognizing result can correspond to one controlling instruction or aplurality of controlling instructions, such as, the recognizing result“sitting room+sit down” is related with the instruction “turning on thedroplight”, the instruction “opening the television A”, the instruction“opening the cabinet air conditioner”.

After the matched controlling instruction and the controlled equipment,the intelligent controlling system sends the controlling instructions tothe corresponding controlled equipment respectively, for controlling thecontrolled equipment to operate correspondingly. Such as, theinstruction “turning on the droplight” is sent to the droplight in thesitting room, the droplight in the sitting room is controlled to turnon; the instruction “opening the television A” is sent to the televisionA , the television A is controlled to work; the instruction “opening thecabinet air conditioner” is sent to the cabinet air conditioner, thecabinet air conditioner is controlled to work. The controllinginstructions can be sent through WIFI, infrared, bluetooth, Z-Wave,ZigBee, and so on.

The present disclosure searches matched controlling instruction andcontrolled equipment through recognizing the current scene and user'saction, the controlled equipment executes under the control of thesearched controlling instruction, the intelligent controlling of thecontrolled equipment is realized, the generated controlling instructionis much more accuracy.

Referring to FIG. 7, FIG. 7 is a module diagram of a device forintelligently controlling a controlled equipment provided by a secondexemplary embodiment of the present disclosure. The second exemplaryembodiment includes all the modules in the first exemplary embodimentshown in FIG. 6, and the second exemplary embodiment further includes astate analyzing module 40.

The state analyzing module 40 is used for acquiring a current state ofthe matched controlled equipment; judging whether the current state ofthe matched controlled equipment is consistent with a correspondingstate of the controlling instruction;

The controlling module 30 does not send the controlling instruction whenthe current state is consistent with the corresponding state of thecontrolling instruction, when the current state is not consistent withthe corresponding state of the controlling instruction, the controllingmodule 30 is used for sending the controlling instruction to the matchedcontrolled equipment.

In the exemplary embodiment, in order to avoid sending illegalinstruction to the controlled equipment, and improve the intelligentcontrolling efficiency, the intelligent controlling system adjusts acurrent operating state of the controlled equipment before sending thecontrolling instruction to the controlled equipment. The intelligentcontrolling system can acquire the current state of the controlledequipment through WIFI, infrared, bluetooth, Z-Wave, ZigBee, and so on,or the controlled equipment automatically sends the current state of thecontrolled equipment to the intelligent controlling system afterexecuting each operating instruction through WIFI, infrared, bluetooth,Z-Wave, ZigBee, and so on. The intelligent controlling system canestablish a state recording sheet according to an arriving time of thestate for searching easily, can also only record the last stateinformation for saving information storing space. When the current stateof the controlled equipment is consistent with the corresponding stateof the controlling instruction, such as the current state of thetelevision A is a shut down state, while the controlling instruction is“shutting down the television A”, and the corresponding state of thecontrolling instruction is consistent with the current state of thetelevision A, if the intelligent controlling system continues to sendthe controlling instruction “shutting down the television A” to thetelevision A, the television A would not response to the instruction,so, in order to save the processing procedures of the intelligentcontrolling system, the intelligent controlling system does not need tosend the controlling instruction, it is benefit for improving theintelligent controlling efficiency, and avoid a waste of resource.

Referring to FIG. 8, FIG. 8 is a module diagram of a device forintelligently controlling a controlled equipment provided by a thirdexemplary embodiment of the present disclosure. The third exemplaryembodiment includes all the modules in the first exemplary embodimentshown in FIG. 6, and the third exemplary embodiment further includes anidentity recognizing module 50 and an alarming module 60.

The identity recognizing module 50 is used for acquiring identityinformation of the user, whether the user is a legitimate user isjudged;

When the user is the legitimate user, the action analyzing module 20 isalso used for acquiring the action information of the user;

The alarming module 60 is used for starting alarm system when the useris not the legitimate user.

Before the exemplary embodiment recognizes the action of the user, theidentity of the user should be recognized for judging whether the useris the legitimate user. If the current user is not a preset legitimateuser, an illegal user may intrude into the current scene. Such as, inthe office environment, when the legitimate user goes to the office andsits down on a seat, the intelligent controlling system controls thecomputer in the office to work, however, if the illegal user intrudesinto the office, in order to avoid the illegal user stealing data in thecomputer, the intelligent controlling system recognizes the identity ofthe user, and judges that the current user is illegal user, and startsthe alarm system, it is benefit to improve the safety of the intelligentcontrolling. Identity recognizing method can be inputting user passwordor fingerprint information, and so on, before entering into theenvironment. Such as, before entering into the room or the office, codeor fingerprint inputting device can be installed at the door of the roomor the office, the legitimate user can input correct code or fingerprintinformation, illegal user cannot provide correct code or fingerprintinformation, or does not input code and fingerprint, code or fingerprintinputting device will send received information to the intelligentcontrolling system for recognizing, to ensure the safety of theintelligent controlling and the environment.

Furthermore, the identity recognizing module 50 is also used for:

extracting portrait characters of the user from the scene information;

recognizing the portrait characters of the user, whether the portraitcharacters of the user are consistent with prestored portrait charactersof the legitimate user is judged;

if yes, the user is judged as the legitimate user;

if not, the user is judged as an illegal user.

The exemplary embodiment adopts the image recognizing method torecognize the identity of the user. After the user enters into thescene, the scene information acquired by the camera includes portrait ofthe user, the intelligent controlling system can extract portraitcharacters of the user are extracted from the scene information, theportrait characters includes facial characters, body characters, irischaracters, and so on, can also includes walking type, sitting posture,Verbal habits and so on, the intelligent controlling system canrecognize user's identity through one character or a plurality of thecharacters, when the acquired character is consistent with legitimateuser's character, the identity authentication is effective,corresponding intelligent controlling operation is executes, when theacquired character is not consistent with legitimate user's character,the identity authentication is not effective, the alarm system starts,it is benefit to improve the safety of the intelligent controlling.

The embodiments above are preferably embodiments of the presentdisclosure, and the present disclosure is not limited to suchembodiments, equivalent structure conversion based on the specificationand the drawing of the present disclosure, or directly or indirectlyused in other related technical field, both similarly within theprotection scope of the present disclosure.

What is claimed is:
 1. A method for intelligently controlling acontrolled equipment, comprising the following steps: monitoring acurrent scene, when a user existing in the current scene, acquiringscene information of the current scene, recognizing the current sceneaccording to the scene information, acquiring a scene recognizingresult; acquiring action information of the user, recognizing the actioninformation, acquiring an action recognizing result; and controlling acontrolled equipment matched with the scene recognizing result and theaction recognizing result according to the scene recognizing result andthe action recognizing result.
 2. The method for intelligentlycontrolling a controlled equipment according to claim 1, whereincontrolling a controlled equipment matched with the scene recognizingresult and the action recognizing result according to the scenerecognizing result and the action recognizing result comprises: findinga matched controlling instruction and the matched controlled equipmentaccording to the scene recognizing result and the action recognizingresult; sending the controlling instruction to the matched controlledequipment.
 3. The method for intelligently controlling a controlledequipment according to claim 2, wherein before sending the controllinginstruction to the matched controlled equipment, the method forintelligently controlling the controlled equipment further comprises:acquiring a current state of the matched controlled equipment; judgingwhether the current state of the matched controlled equipment isconsistent with a corresponding state of the controlling instruction;when the current state is consistent with the corresponding state of thecontrolling instruction, making the controlling instruction to be notsent out; when the current state is not consistent with thecorresponding state of the controlling instruction, sending thecontrolling instruction to the matched controlled equipment.
 4. Themethod for intelligently controlling a controlled equipment according toclaim 3, wherein before acquiring action information of the user, themethod for intelligently controlling the controlled equipment furthercomprises: acquiring identity information of the user, judging whetherthe user is a legitimate user; when the user is the legitimate user,acquiring the action information of the user; when the user is not thelegitimate user, starting an alarm system.
 5. The method forintelligently controlling a controlled equipment according to claim 4,wherein acquiring the identity information of the user, judging whetherthe user is the legitimate user comprises: extracting portraitcharacters of the user from the scene information; recognizing theportrait characters of the user, judging whether the portrait charactersof the user are consistent with prestored portrait characters of thelegitimate user; if yes, judging the user as the legitimate user; ifnot, judging the user as an illegal user.
 6. The method forintelligently controlling a controlled equipment according to claim 2,wherein before acquiring the identity information of the user, judgingwhether the user is the legitimate user, the method for intelligentlycontrolling a controlled equipment further comprises: acquiring identityinformation of the user, judging whether the user is a legitimate user;when the user is the legitimate user, acquiring the action informationof the user; when the user is not the legitimate user, starting an alarmsystem.
 7. The method for intelligently controlling a controlledequipment according to claim 6, wherein acquiring the identify of theuser, judging whether the user is the legitimate user comprises:extracting portrait characters of the user from the scene information;recognizing the portrait characters of the user, judging whether theportrait characters of the user are consistent with prestored portraitcharacters of the legitimate user; if yes, judging the user as thelegitimate user; if not, judging the user as an illegal user.
 8. Themethod for intelligently controlling a controlled equipment according toclaim 1, wherein before acquiring the identity information of the user,judging whether the user is the legitimate user, the method forintelligently controlling a controlled equipment further comprises:acquiring identity information of the user, judging whether the user isa legitimate user; when the user is the legitimate user, acquiring theaction information of the user; when the user is not the legitimateuser, starting an alarm system.
 9. The method for intelligentlycontrolling a controlled equipment according to claim 8, whereinacquiring the identify of the user, judging whether the user is thelegitimate user comprises: extracting portrait characters of the userfrom the scene information; recognizing the portrait characters of theuser, judging whether the portrait characters of the user are consistentwith prestored portrait characters of the legitimate user; if yes,judging the user as the legitimate user; if not, judging the user as anillegal user.
 10. A device for intelligently controlling a controlledequipment, comprising: a scene analyzing module, the scene analyzingmodule being used for monitoring a current scene, when a user existingin the current scene, the scene analyzing module acquiring sceneinformation of the current scene, and recognizing the current sceneaccording to the scene information, acquiring a scene recognizingresult; an action analyzing module, the action analyzing module beingused for acquiring action information of the user, recognizing theaction information, acquiring an action recognizing result; and acontrolling module, the controlling module being used for controlling acontrolled equipment matched with the scene recognizing result and theaction recognizing result according to the scene recognizing result andthe action recognizing result.
 11. The device for intelligentlycontrolling a controlled equipment according to claim 10, wherein thecontrolling module is also used for: finding a matched controllinginstruction and the matched controlled equipment according to the scenerecognizing result and the action recognizing result; sending thecontrolling instruction to the matched controlled equipment.
 12. Thedevice for intelligently controlling a controlled equipment according toclaim 11, wherein the device for intelligently controlling thecontrolled equipment further comprises a state analyzing module, whichis used for acquiring a current state of the matched controlledequipment; judging whether the current state of the matched controlledequipment is consistent with a corresponding state of the controllinginstruction; the controlling module does not send the controllinginstruction when the current state is consistent with the correspondingstate of the controlling instruction, when the current state is notconsistent with the corresponding state of the controlling instruction,the controlling module is used for sending the controlling instructionto the matched controlled equipment.
 13. The device for intelligentlycontrolling a controlled equipment according to claim 12, wherein thedevice for intelligently controlling the controlled equipment furthercomprises an identity recognizing module and an alarming module; theidentity recognizing module is used for acquiring identity informationof the user, whether the user is a legitimate user is judged; the actionanalyzing module is also used for acquiring the action information ofthe user when the user is the legitimate user; the alarming module isused for starting alarm system when the user is not the legitimate user.14. The device for intelligently controlling a controlled equipmentaccording to claim 13, wherein the identity recognizing module is alsoused for: extracting portrait characters of the user from the sceneinformation; recognizing the portrait characters of the user, whetherthe portrait characters of the user are consistent with prestoredportrait characters of the legitimate user is judged; if yes, the useris judged as the legitimate user; if not, the user is judged as anillegal user.
 15. The device for intelligently controlling a controlledequipment according to claim 11, wherein the device for intelligentlycontrolling a controlled equipment further comprises an identityrecognizing module and an alarming module; the identity recognizingmodule is used for acquiring identity information of the user, whetherthe user is a legitimate user is judged; the action analyzing module isalso used for acquiring the action information of the user, when theuser is the legitimate user; the alarming module is used for startingalarm system when the user is not the legitimate user.
 16. The devicefor intelligently controlling a controlled equipment according to claim15, wherein the identity recognizing module is also used for: extractingportrait characters of the user from the scene information; recognizingthe portrait characters of the user, whether the portrait characters ofthe user are consistent with prestored portrait characters of thelegitimate user is judged; if yes, the user is judged as the legitimateuser; if not, the user is judged as an illegal user.
 17. The device forintelligently controlling a controlled equipment according to claim 10,wherein the device for intelligently controlling a controlled equipmentfurther comprises an identity recognizing module and an alarming module;the identity recognizing module is used for acquiring identityinformation of the user, whether the user is a legitimate user isjudged; the action analyzing module is also used for acquiring theaction information of the user, when the user is the legitimate user;the alarming module is used for starting alarm system when the user isnot the legitimate user.
 18. The device for intelligently controlling acontrolled equipment according to claim 17, wherein the identityrecognizing module is also used for: extracting portrait characters ofthe user from the scene information; recognizing the portrait charactersof the user, whether the portrait characters of the user are consistentwith prestored portrait characters of the legitimate user is judged; ifyes, the user is judged as the legitimate user; if not, the user isjudged as an illegal user.